Request telemetry data for an individual radiosonde
Use this to request all available telemetry data for an individual radiosonde, specified by serial number.
Path parameters
Serial number of the radiosonde to request data for. e.g. S1130567
Response
Returns a time-sorted array of SondeHub Telemetry objects. If no data for the requested serial number is available, the array will be empty.
If this field is set then the payload will not be uploaded to the database. This is useful for development and testing.
Name of the decoding software e.g. 'radiosonde_auto_rx', 'dxlAPRS', 'RS41Tracker', 'mySondy'
Version of the decoding software e.g. '1.4.0', '20210115'
Callsign of the uploader Arbitrary string. Uploader position information and other metadata will be handled separately, but will need to match this callsign to enable calculation of listener statistics.
The time the telemetry packet was received. UTC time in YYYY-MM-DDTHH:MM:SS.SSSSSSZ format.
Radiosonde Manufacturer, as determined from the transmit modulation and high-level packet format.
The high-level radiosonde model, as can be determined just from the transmit modulation and high-level packet format.
Radiosonde Serial Number. Where possible this should be in the format which matches the sticker/label on the radiosonde itself iMet-1/iMet-4 sondes do not provide a serial number, and so auto_rx generates a serial number based on launch time and transmit frequency. DFM sondes do not regularly transmit their serial number, and so data from these sondes should not be uploaded before the serial number is known.
Frame Number, ideally unique over the entire flight. Should be taken from the telemetry. For some radiosondes (DFM, M10, M20), the datetime (converted to a unix time) is used instead of the provided frame number.
Date/Time from the sonde's GPS, provided in YYYY-MM-DDTHH:MM:SS.SSSSSSZ format Some sondes (e.g. iMet, LMS6) do not provide the date portion of the timestamp. In this situation, the date portion should be added on by the receiver. An example of how to handle this problem is available here.
Latitude (decimal degrees)
Longitude (decimal degrees)
Altitude (metres)
Detailed Radiosonde Model Type, as determined through analysis of the telemetry.
Transmit frequency of the radiosonde in MHz.
Measured Temperature (deg C)
Measured Relative Humidity (%)
Horizontal Velocity (m/s)
Horizontal Velocity (m/s)
Measured Pressure (hPa)
Heading (degrees True)
Battery Voltage (volts)
Number of SVs used in position solution
Auxiliary Data (e.g Ozone data) as a hexadecimal string.
Signal-to-Noise ratio of the received signal, in dB
Received-Signal-Strength-Indication of the radiosonde signal, nominally in dBm
Station position, as a list [lat, lon, alt].
Station antenna/receiver information, free-text string.